Notice: We are currently performing system updates to enhance platform features and performance.
Custom Hardware & PCB Engineering
From proof-of-concept schematics to mass production of certified, ruggedized Sub-GHz radio boards, analog telemetry nodes, and IP67 industrial gateways.
Core Engineering Disciplines
Specialized electrical engineering focused on zero-failure telemetry in harsh environments.
RF & Antenna Circuit Design
Impedance-matched 865-867 MHz (IN865), 915 MHz (US915), 868 MHz (EU868) and 2.4 GHz RF circuitry with high receive sensitivity (-148 dBm) and ultra-low noise figures.
Multi-Sensor Analog & Digital Frontends
Precision 4-20mA 2-wire current loop receivers, 16-bit ADC instrumentation amplifiers, RS-485 Modbus RTU transceivers with 25V overvoltage protection.
Ultra-Low-Power Battery Power Supplies
Sub-2μA quiescent current step-down and boost DC-DC architectures, supercapacitor backup banks, and solar energy-harvesting charge controllers.
IP67 & Harsh-Environment Ruggedization
Custom CNC and injection-molded IP65/IP67/IP68 enclosures with silicone gasket sealing, waterproof cable glands, and conformal silicone coating.
Development Lifecycle
Rigorous 4-stage engineering pipeline from concept to verified production hardware.
Architecture & Component Selection
Selecting AEC-Q100 and industrial-grade silicon for -40°C to +85°C operational range.
Schematic Design & Simulation
Detailed schematic capture with SPICE analog loop simulation and RF matching networks.
High-Density PCB Routing
4 to 8-layer controlled impedance layout, thermal relief copper pours, and EMI/EMC compliance.
SMD Assembly & Testing
In-house prototype surface-mount assembly, automated optical inspection, and RF spectrum validation.
Have a Custom Hardware Requirement?
Consult with our electrical engineers to evaluate schematics, BOM optimization, or turnkey manufacturing.